Effect of intensive care unit hospitalization for acute respiratory distress syndrome on strength, fatigue and motor unit behaviour https://t.co/CNctOArDl5
New pre-print!
Here we describe how 59 studies determined transcutaneous spinal stimulation intensities to affect motor function.
I hope it drives conversation, and we can develop a “best way” to determine effective TSS intensities
Feedback welcome!
The effect of sex on ventricular filling pressure during graded exercise in healthy young adults | Journal of Applied Physiology | American Physiological Society https://t.co/WpMdkJ2g9S
Monoaminergic Modulation of the Relation Between Motor Cortical Activity and Grip Force | Journal of Neurophysiology | American Physiological Society https://t.co/57GfmsFY0F
@fablagi et al. conducted this study on the role of descending drive and group III/IV #muscle afferent feedback in modulating #corticomotoneuronal excitability during knee-extensor exercise 🏃 🦵
📜 Read the #Research: https://t.co/c3JqKkPr6i
7/ Lastly, a shout out to the editors and reviewers for this paper. We had a very pleasant peer review experience and got great feedback and insights from both reviewers to enhance the final product.
🚨 Check out our latest paper! 🚨
On the role of descending drive and group III/IV muscle afferent feedback in modulating corticomotoneuronal excitability during knee‐extensor exercise - Laginestra - The Journal of Physiology https://t.co/butWGWxqV6
6/ Read the full paper to see what we believe may (and may not!) explain the observed behavior. And chime in if you have alternative explanations for why motoneuron excitability decreased with electrically-evoked fatigue!
7/ Lastly, a big shout out to the editors and reviewers for this paper. We had a very pleasant peer review experience and received great feedback and insights that definitely strengthened the final product 🙏
6/ Read the full paper to see what we believe may, and may not, explain the observed behavior. And chime in if you have alternative explanations for why motoneuron excitability decreased with electrically evoked fatigue 📄